The following reaction occurs in a constant - volume batch reactor as follows: A+B C A-D The kinetic constant for the forward and backward reaction are k₁ = 0.015min-¹ and k₁ = 0.0025min-1, respectively. Meanwhile, the kinetic for the irreversible reaction is k₂ = 0.045min-1. If CA0 = CB0 = 15 maximum conversion of A. mol L and Cco 0. Calculate the =

Introduction to Chemical Engineering Thermodynamics
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Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
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The following reaction occurs in a constant - volume batch reactor as follows:
A+B=C
A → D
The kinetic constant for the forward and backward reaction are k₁ = 0.015min¯¹
and k_₁ = 0.0025min-¹, respectively. Meanwhile, the kinetic for the irreversible
reaction is k₂ = 0.045min-¹. If CAO СBO = 1 and Cco 0. Calculate the
mol
L
maximum conversion of A.
=
Transcribed Image Text:The following reaction occurs in a constant - volume batch reactor as follows: A+B=C A → D The kinetic constant for the forward and backward reaction are k₁ = 0.015min¯¹ and k_₁ = 0.0025min-¹, respectively. Meanwhile, the kinetic for the irreversible reaction is k₂ = 0.045min-¹. If CAO СBO = 1 and Cco 0. Calculate the mol L maximum conversion of A. =
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